01346 - Wichard Marine Wichard 12mm Self-Locking Bow Shackle with Allen Head Pin

Wichard 12mm Self-Locking Bow Shackle with Allen Head Pin

The Wichard Self-Locking Bow Shackle is engineered for exceptional strength and security in demanding industrial applications. Designed with a convenient allen head pin, this shackle is forged from grade 316L stainless steel, making it resilient against corrosion.

Key Benefits:

• Self-locking design ensures the pin remains secure.
• Flush pin head eliminates snagging risk.
• Engineered to prevent loosening from vibrations.
• Outstanding working and breaking loads for safety.

Applications:

• Perfect for linking chains and anchors.
• Reduces potential damage to sails on the halyard.
• Ideal for use in tight spaces or where ample room is essential.

Specifications:

• Material: 316 stainless steel grade
• Working Load: 4580 lb (2080 kg)
• Working Load Limit: 2640 lb (1200 kg)
• Breaking Load: 13220 lb (6000 kg)
• Weight: 0.489 lb (222 g)

Dimensions:

• A: 2 11/64" (55 mm)
• B: 1 1/16" (27 mm)
• C: 15/32" (12 mm)
• D: 15/16" (24 mm)
• E: 25/64" (10 mm)
• F: 1 1/2" (38 mm)
• M: 2 31/64" (63 mm)

*Sold as an Individual

The Wichard 12mm Self-Locking Bow Shackle, part number 01346, is a specialized component designed for secure linking in industrial and marine environments. This shackle is constructed from grade 316L stainless steel, offering resilience against corrosion and suitability for demanding applications. Its self-locking design, featuring an allen head pin, is engineered to prevent loosening due to vibrations, ensuring consistent security. The flush pin head is a practical feature, intended to minimize snagging risks. With a working load of 4580 lb (2080 kg) and a breaking load of 13220 lb (6000 kg), it is suitable for applications requiring high load capacities. This product is intended for IT and procurement professionals sourcing reliable linking hardware for systems involving chains, anchors, or where secure, vibration-resistant connections are critical, particularly in tight spaces.